Zinc Sulfide Nano rod

Zinc Sulfide Nano rod
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ZnS is one of the first semiconductors discovered that has shown the remarkable properties that can be exploited for versatile applications including field emitters, electroluminescence, electro catalyst, biosensors. Compared to bulk ZnS, nano ZnS possess anomalous physical and chemical properties such as: enhanced surface to volume ratio, the quantum size effect, surface and volume effect and macroscopic quantum tunneling effect, more optical absorption, chemical activity and thermal resistance, catalysis, and the low melting point.

In  polycrystalline cubic structure materials, light travels through the straight path. Optical dispersion in nanostructure materials can be discounted. Nowadays, production of polycrystalline optical windows is important. Therefore, in order to reduce this phenomenon, as well as to achieve mechanical strength and good thermal conductivity, it is necessary to construct nanostructure ZnS optical windows.

ZnS nanoparticles are used in field-emission applications, catalytic activities, UV-Sensors, chemical sensors, biosensors, field effect transistors, p-type conductivity, gas sensors and nanogenerators.

One of the special application of this product is manufacturing of optical windows due to its unique optical properties.

This product is known as ZnS nanopowder with rod-shaped particles.

Compared to bulk ZnS, nano ZnS possess anomalous physical and chemical properties such as: enhanced surface to volume ratio, the quantum size effect, surface and volume effect and macroscopic quantum tunneling effect, more optical absorption, chemical activity and thermal resistance, catalysis, and the low melting point.

In  polycrystalline cubic structure materials, light travels through the straight path. Optical dispersion in nanostructure materials can be discounted. Nowadays, production of polycrystalline optical windows is important. Therefore, in order to reduce this phenomenon, as well as to achieve mechanical strength and good thermal conductivity, it is necessary to construct nanostructure ZnS optical windows.

Product Standard

  • NanoScale Certification

    NanoScale Certification

    Standard Date : 2018/06/18

    Expire Date : 2019/06/17

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